[Olsr-users] Two cards "AP+AdHoc"

[Jacques]

What you need to do is assign a subnet on each AP(ath0) device.
Then declare that subnet in each olsrd with HNA. Any sta3 within that 
subnet will then be accessible/reachable.
So basically a sta3 connecting will only need to be within the ath0 
devices subnet and have route pointed to ath0's ip as a gateway interface.

--J

Mehdi Bezahaf wrote:
> Hi Jacques,
> ok, now if i connect a new client sta3 to A's ath0 device, the sta3's 
> connectivity will be managed automatically or i need to reconfigure 
> manually the olsrd.conf?
>
> Regards,
> Mehdi.
>
>
>
> On 2 janv. 09, at 23:23, Jacques wrote:
>
>> Yes, those station should just have routes(or defaults routes) 
>> pointed to C(sta1) and A(sta0) for the other one's subnet then it'll 
>> work fine.
>>
>> To distribute a nodes subnet(i.e. the subnet on the ath0 device) 
>> you'll need to add a hna4/6 rule in your olsrd.conf .
>>
>> Regards
>> Jacques
>>
>
>
>
>> Mehdi Bezahaf wrote:
>>> Hi all and happy new year ;-),
>>>
>>> I have boxes equipped with two physicals interfaces (ath0 ran as AP  
>>> "802.11a" and ath1 in AdHoc mode "802.11b"). I want to know if it 
>>> is  possible using olsrd to run olsr only on the ath1 interfaces and 
>>> have  possibility to communicate the ath0 interfaces (non-olsr) with 
>>> ath1  interfaces?
>>>
>>> For example:
>>> If i have 4 routers, A(ath0, ath1), B(ath0, ath1), C(ath0, ath1), 
>>> and  D(ath0, ath1). routers run olsr on their ath1 interface, and 
>>> offer  connection to wireless stations. If i have two stations, sta1 
>>> and sta2.
>>> Does it possible to have a ping between sta1 and sta2, where:
>>>
>>>         sta1 ~ ~ ~ ~ ~ 'ath0' A 'ath1' --------------'ath1' B 'ath0'
>>>                         |                      |
>>>                         |                      |
>>>                         |                      |
>>>                         |                      |
>>>                      'ath0' C 'ath1' --------------'ath1' D 'ath0' ~ 
>>> ~ ~ ~ ~ sta2
>>>
>>>
>>> Cheers,
>>> Mehdi
>>>
>>>
>
>
>